Electrical Science definition
Electrical Science provides instruction in structure of the atom, the six principle methods of generating electricity, common electrical properties of materials, definition of electrical terms, relationship between magnetism and electricity, the three requirements for producing an induced voltage, advantages and disadvantages of alternating current and the basic elements of electrical safety. Heat Transfer and Fluid Flow: provides instruction in identifying terms, describes the four elements of the heat cycle and plant component for each, modes of heat transfer and examples of each, relationship between pressure, temperature and specific volume for sub-cooled, saturated, and superheated fluids, effects of plant components on fluid parameters, causes and effects of water hammer, operating characteristics of centrifugal and positive displacement pumps, and the causes and effects of cavitation. Fundamentals of Hydraulics and Pneumatics: provides instruction in the process of transmitting force and energy though solids, liquids and gases, effects on air when compressed and allowed to expand, Pascal’s Law, operation of simple fluid power cylinder, gauge pressure scales and applications, inefficiencies found in basic pneumatic system, defining basic terms and concepts related to hydraulics, how hydraulic energy is transmitted trough a system, relationship between resistance and pressure in a hydraulic system, effects of heat, pressure differential, velocity and flow rate. Basic Chemistry: provides instruction in definition of terms, the periodic table, the components of atomic symbols, properties and states of matter, differentiate between acids, bases and salts, relating concentration of H+ in a liquid to pH, the pH scale, two forms of corrosion and factors that promote corrosion, impurities in plant water systems, primary methods of water chemistry control, purposes for controlling reactor coolant chemistry, effects that plant components and systems can have on secondary water chemistry, and types of sampling methods used at DCPP. Basic Atomic and Nuclear Physics: provides instruction in structure and components of the atom, units for atomic structure and particle nomenclature, the radioactive decay process, nuclear interactions such as charged particles, photons and neutrons, the nuclear fission process, reactivity control in a nuclear reactor, and types of reactors used for power generation. Properties of Nuclear Plant Materials: provides instruction in description of three ba...
Examples of Electrical Science in a sentence
Electrical Science: provides instruction in structure of the atom, the six principle methods of generating electricity, common electrical properties of materials, definition of electrical terms, relationship between magnetism and electricity, the three requirements for producing an induced voltage, advantages and disadvantages of alternating current and the basic elements of electrical safety.